Alumina Ceramic Parts

High Quality Aluminum Nitride (AlN) Parts Aluminum Nitride (AlN) is the only technical ceramic material that features an extremely interesting combination of very high thermal conductivity and excellent electrical insulation properties. MATERIALS PROPERTIES: MANUFACTRUING PROCESSES: Properties and Advantage Very high thermal conductivity High electrical insulation capacity Low thermal expansion Good metalization capacity Forming Technology Dry Pressing Cold Isostatic Pressing

Alumina metallic ceramic heating element (HTCC) Alumina Ceramic Heaters Introduction: HTCC is an acronym for High-temperature co-fired ceramics; HTCC ceramic heating element is made up of high melting point metal heating material such as tungsten, molybdenum or molybdenum – manganese and 92-96% alumina ceramic substrates. The metal heating resistance slurry is printed onto the tape casting ceramic green body according to the design requirement, several layers of ceramic green

Setter / kiln furniture used for sintering and debinding metal injection moulded (MIM) components In the metal powder injection molding (MIM) industry for many years accumulated rich experience, for our products in the application of customers to win wide recognition! According to customers' different sintering degreasing process and customer's product requirements, provide the best ceramic sintering carrier. ​Advantage: Highly complete raw materials to ensure detailed

Microfinishing Film Roll, quickly cuts, shapes and polishes, delivering close-tolerance finishes for precision tool Microfinishing Film Roll Our Microfinishing Film Roll quickly cuts, shapes and polishes, delivering close-tolerance finishes for precision tooling and machining applications. Available in 9-100 micron grades, aluminum oxide is electrostatically oriented and bonded to a polyester film backing. A Type S (smooth) backsize coating provides slip resistance for

99.8% High Purity Alumina Insulator for Implant System in Semi-conductor field Henan ZG Industrial Ceramic established in May 2019, which is mainly engaged invarious precise ceramic material of research and development, manufacture, and sales. ZG Ceramic products are widely used in industry of semiconductor (IC), FPD, LED, new energy , etc. People‐orientation, pursuit of excellence,science and technology innovation, value creation, which is committed to growing as a global

Setter / kiln furniture used for sintering and debinding metal injection moulded (MIM) components In the metal powder injection molding (MIM) industry for many years accumulated rich experience, for our products in the application of customers to win wide recognition! According to customers' different sintering degreasing process and customer's product requirements, provide the best ceramic sintering carrier. ​Advantage: Highly complete raw materials to ensure detailed

Alumina (Aluminum Oxide) Alumina (Aluminum Oxide),high hardness and wear resistance, low erosion levels, high temperature resistance Alumina, also known as Aluminum Oxide, is a hard wearing advanced technical ceramic material frequently used in a wide variety of industrial applications. Once fired and sintered, it can only be machined using diamond-grinding methods. It features high hardness and wear resistance, low erosion levels, high temperature resistance, corrosion

Aluminum Oxide Ceramic Heaters Alumina ceramic heaters are manufactured using unique metallization and ceramic lamination processes. Thanks to advanced manufacturing technologies used in the electrical element, alumina heaters can provide greater reliability than ever before. Current applications include innovative heater types in the automotive, medical, and semiconductor industries. Applications of alumina ceramic heaters Automotive components Glow plug for cabin heater

Aluminum Nitride Ceramics Parts Thanks to its electrical insulating properties and excellent thermal conductivity, aluminum nitride (AIN) ceramics are ideal for applications requiring heat dissipation. Furthermore, because it has a coefficient of thermal expansion close to that of silicon and excellent plasma resistance, it is used for components of semiconductor processing equipment. Aluminum nitride (AIN) ceramics exhibit exceptional characteristics as listed below: Good

High-Proformance Alumina Ceramics Parts Alumina ceramics (alumina or Al 2 O 3 ) are excellent electrical insulators and one of the most widely used modern ceramic materials. Furthermore, they are extremely resistant to wear and corrosion and are industrial ceramics that can only be produced by diamond grinding. They have a very high melting point (2072°C) and are extremely hard. Alumina components are widely used in electronics, pump components, and automotive sensors.

Aluminium Nitride (AlN) Parts The main component of volumetric parts made on the basis of aluminum nitride (AlN) is a high thermal conductivity, varying in the range from 170 to 230 W/m *K. That is why AlN-based ceramics are used in cases where it is necessary to remove significant amounts of heat generated, for example, in cases where operating currents are units, tens of amperes. Also, AlN has a high purity of structure and chemical uniformity, which directly affects the

Aluminium Oxide (Al2O3) Parts Volumetric ceramic parts made of aluminum oxide Al2O3 are the basis for the creation of ceramic capacitors, resistors, insulators, covers and various semiconductor elements and electrical products. The raw material for the production of vacuum-tight ceramics Al2O3 is corundum, so ceramics are often called not only "aluminum oxide", but also corundum ceramics. Vacuum-tight corundum ceramics are resistant to various acids and other aggressive media

Aluminium nitride ceramic substrates (AlN) The main advantage of substrates made on the basis of aluminum nitride (AlN) is the high thermal conductivity, varying in the range from 170 to 230 W/m*K. That is why AlN-based ceramics are used in cases where it is necessary to remove significant amounts of heat generated, for example, in cases where operating currents are units, tens of amperes. Also, AlN has a high purity of structure and chemical uniformity, which directly

Aluminium oxide ceramic substrates Ceramic substrates made of aluminum oxide Al2O3 are the basis for the creation of hybrid integrated circuits, ceramic capacitors, resistors, heaters, various semiconductor elements and electrical products. The raw material for the production of vacuum-tight ceramics Al2O3 is corundum, so ceramics are often called not only "aluminum oxide", but also corundum ceramics. Vacuum-tight corundum ceramics are resistant to various acids and other

99% High-performance Alumina Ceramics Parts Alumina ceramic is akind of ceramic material with alumina(Al2o3)as the main body,which has the characteristics of high hardness,high strength,high wear resistance,high corrosion resistance,high temperature resistance and strong insulation. The two most commonly used ceramic materials are 95% alumina and 9% alumina: (1)95% alumina:Because ofits excellent performance,95% aluminais widely used in grinding and polishing processes, as

99% Alumina parts Alumina ceramic is a type of wear-resistant technical ceramic that provides excellent mechanical and electrical performance. Alumina ceramic features high hardness, wear resistance, low erosion, high temperature resistance, corrosion resistance, and biocompatibility. It is often made into valve seats, semiconductor device parts, insulators, etc. Junjie provides various types of alumina microporous ceramic suction cups, wafer handling arms, and semiconductor

BN99 Polishing Plates&Rings We provide standard products & tailor-made products for hot-pressed boron nitride ring. Except for pure BN99 ring, we also supply BN composites with silicon carbide, calcium borate, aluminum nitride and zirconia, to fulfill various of demand for the customers. Check the boron nitride specifications for our pure BN99 and zirconia composite material ZSBN. Main aoolications: Components for semiconductor equipment Plates, Wafer, Rings, Gas distribution

Polished Aluminum Nitride Substrate Features: 1. The surface undergoes high-precision grinding, resulting in high surface flatness, good smoothness, and low roughness. Dimensions: The standard size of the ground aluminum nitride substrate is 120mm x 120mm x 1mm, but customization is also available upon request. Applications: High-precision grinding processes for hard drive heads, solar cells, LED packaging, mechanical parts, and optical equipment. Features: It has high

Aluminum Nitride Substrate Product Advantages: 1. Standard thermal conductivity 175W/m·K, high thermal conductivity 200W/m·K, ultra-high thermal conductivity 230W/m·K. 2. Customization services available, capable of producing substrates such as milled type, ready-to-burn type, high bending resistance, high thermal conductivity, polished type, and laser-marked type. 3. Suitable for various metallization: DPC, DBC, TPC, AMB, thick film printing, thin film printing, etc. 4.

Aluminum Nitride Ceramic Aluminum nitride ceramics possess excellent thermal conductivity and electrical insulation properties, performing exceptionally well even in high-humidity environments. This makes them an ideal material for thermal management and electrical applications. Furthermore, the electrical insulation and thermal expansion coefficient of aluminum nitride are quite similar to those of silicon wafers, which is why it is frequently used in the chip manufacturing